PhosphoNET

           
Protein Info 
   
Short Name:  DNAH2
Full Name:  Dynein heavy chain 2, axonemal
Alias:  Axonemal beta dynein heavy chain 2; DNAHC2; DNHD3; Dynein, axonemal, heavy chain 2; FLJ46675; KIAA1503
Type:  Unknown function
Mass (Da):  507698
Number AA:  4427
UniProt ID:  Q9P225
International Prot ID:  not found
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005858  GO:0035085  GO:0005874 Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0016887  GO:0003777 PhosphoSite+ KinaseNET
Biological Process:  GO:0001539  GO:0007018   Phosida TranscriptoNet
    STRING Kinexus Products
   
Info Box  A variety of parameters were considered in the selection of putative P-sites. Confirmed P-Sites have lower Hydrophobicity Scores. The P-site Similarity Score is lower the more that it resembles typical confirmed corresponding P-Ser, P-Thr or P-Tyr sites. The Maximum KInase Score provides the calculated score for highest match of 500 human protein kinases for the amino acid sequence surrounding the target P-site as determined with Kinase Substrate Predictor V2. The Sum KInase Score provides the additive sum of the positive individual Kinase Substrate Predictor V2 scores from 500 human protein kinases. The Conservation Score is the average of the percent similarity of the human P-site with the equivalent P-site in 20 other diverse species. Click the coloured buttons below to retrieve this and other information in the Info Box, or click the orange buttons for relevant links.
Phosphosites 
-7-6-5-4-3-2-101234567Expt. conf.EffectKinasePPaseKinexus ProductsRef.Evol.Kinase Pred.P-site Match
Site 1S12AEKKQRLSGRGSSQA
Site 2S16QRLSGRGSSQASWSG
Site 3S17RLSGRGSSQASWSGR
Site 4S20GRGSSQASWSGRATR
Site 5S22GSSQASWSGRATRAA
Site 6T26ASWSGRATRAAVATQ
Site 7T32ATRAAVATQEQGNAP
Site 8S69PQAQSEESVEPEADV
Site 9T110EHFAQDPTESILTIF
Site 10Y140QTQNQLVYFIRQAPV
Site 11T150RQAPVPITWENFEAT
Site 12T162EATVQFGTVRGPYIP
Site 13T187APQIFANTGWPESIR
Site 14S199SIRNHFASHLHKFLA
Site 15Y213ACLTDTRYKLEGHTV
Site 16T247ELVQRLETSMIHWTR
Site 17T265EMLSAQETVETGENL
Site 18T268SAQETVETGENLGPL
Site 19S289RNRCMDLSGISKQLV
Site 20S334DGSRQAQSNLTFLSI
Site 21T337RQAQSNLTFLSILKE
Site 22S340QSNLTFLSILKEPYQ
Site 23Y346LSILKEPYQELAFMK
Site 24S359MKPKDISSKLPKLIS
Site 25Y378IWVNSPHYNTRERLT
Site 26T385YNTRERLTSLFRKVC
Site 27S386NTRERLTSLFRKVCD
Site 28T437IFHKNLHTLRAVRGG
Site 29S500DTFHRLASREAIKRT
Site 30Y508REAIKRTYDKKAVDL
Site 31Y516DKKAVDLYMLFNSEL
Site 32Y540KWPDLEPYVAQYSGK
Site 33T563RRIDRVMTCLAGAHF
Site 34T576HFLPRIGTGKESVHT
Site 35T583TGKESVHTYQQMVQA
Site 36Y584GKESVHTYQQMVQAI
Site 37T598IDELVRKTFQEWTSS
Site 38S605TFQEWTSSLDKDCIR
Site 39T616DCIRRLDTPLLRISQ
Site 40S622DTPLLRISQEKAGML
Site 41T654WERLLFETPHYVVNV
Site 42S759GWRAQEMSEKLLVRI
Site 43S767EKLLVRISGKRVYRD
Site 44Y772RISGKRVYRDLEFEE
Site 45T801NLHQDVVTIMTNSYE
Site 46S848KWSLLELSKAINGDG
Site 47T857AINGDGKTSPNPLFQ
Site 48S858INGDGKTSPNPLFQV
Site 49S876LKNDLQGSVAQVEFS
Site 50T915CHLPDILTKRKLHRE
Site 51T926LHREPIQTVVEQDED
Site 52T939EDIKKIQTQISSGMT
Site 53T946TQISSGMTNNASLLQ
Site 54S950SGMTNNASLLQNYLK
Site 55Y977KDSFIHRYQRLNPPV
Site 56T995VADIARYTEVANNVQ
Site 57Y1053RLLELHTYLKENAEK
Site 58T1067KISRPPQTLEELGVS
Site 59T1090HDLANVETQIPPIHE
Site 60Y1105QFAILEKYEVPVEDS
Site 61S1112YEVPVEDSVLEMLDS
Site 62T1130EWVVFQQTLLDSKQM
Site 63T1147KHKEKFKTGLIHSAD
Site 64S1152FKTGLIHSADDFKKK
Site 65Y1179HFTSNVGYMSALDQI
Site 66S1202AMREEENSLRANLGI
Site 67S1217FKIEQPPSKDLQNLE
Site 68T1262LQTETMETTAHGLFR
Site 69T1272HGLFRRLTKLAKEYK
Site 70T1288RNWEIIETTRSKIEQ
Site 71S1291EIIETTRSKIEQFKR
Site 72S1304KRTMPLISDLRNPAL
Site 73S1331QREFDQESESFTLEQ
Site 74S1333EFDQESESFTLEQIV
Site 75T1335DQESESFTLEQIVEL
Site 76T1374ALQNIAKTWDVTQLD
Site 77Y1385TQLDIVPYKDKGHHR
Site 78T1396GHHRLRGTEEVFQAL
Site 79S1411EDNQVALSTMKASRF
Site 80Y1452TVQRQWMYLENIFLG
Site 81T1471KQLPNESTLFDQVNS
Site 82T1497DNNALRSTHHPGLLD
Site 83S1519ILEDIQKSLDMYLET
Site 84Y1523IQKSLDMYLETKRHI
Site 85T1526SLDMYLETKRHIFPR
Site 86Y1535RHIFPRFYFLSNDDL
Site 87S1579QKVGGPSSKWEAVGM
Site 88T1616WLGDVEQTMRVTLRD
Site 89T1620VEQTMRVTLRDLLRN
Site 90Y1727RDVLEKLYKSGLMDV
Site 91S1729VLEKLYKSGLMDVNS
Site 92S1736SGLMDVNSFDWLSQL
Site 93Y1746WLSQLRFYWEKDLDD
Site 94Y1765QTNTQFQYNYEYLGN
Site 95Y1767NTQFQYNYEYLGNSG
Site 96Y1769QFQYNYEYLGNSGRL
Site 97T1779NSGRLVITPLTDRCY
Site 98S1800LHLHRGGSPKGPAGT
Site 99T1812AGTGKTETVKDLGKA
Site 100Y1835NCSEGLDYKSMGRMY
Site 101S1837SEGLDYKSMGRMYSG
Site 102Y1842YKSMGRMYSGLAQTG
Site 103S1843KSMGRMYSGLAQTGA
Site 104Y1909FITMNPGYAGRTELP
Site 105S1921ELPENLKSMFRPIAM
Site 106S1961KKVYTLYSLAVQQLS
Site 107Y1973QLSRQDHYDFGLRAL
Site 108Y1986ALTSLLRYAGKKRRL
Site 109T1998RRLQPDLTDEEVLLL
Site 110T2047DYGKLRETVEQEIRD
Site 111S2059IRDMGLQSTPFTLTK
Site 112T2060RDMGLQSTPFTLTKV
Site 113T2065QSTPFTLTKVFQLYE
Site 114Y2071LTKVFQLYETKNSRH
Site 115S2079ETKNSRHSTMIVGCT
Site 116T2080TKNSRHSTMIVGCTG
Site 117T2086STMIVGCTGSGKTAS
Site 118S2088MIVGCTGSGKTASWR
Site 119S2093TGSGKTASWRILQAS
Site 120Y2131ALSLGELYGEYDLST
Site 121Y2134LGELYGEYDLSTNEW
Site 122S2137LYGEYDLSTNEWTDG
Site 123T2138YGEYDLSTNEWTDGI
Site 124Y2229CGMVYTDYADLGWKP
Site 125Y2237ADLGWKPYVQSWLEK
Site 126S2286PEYSGITSLCKLYSA
Site 127S2292TSLCKLYSALATPEN
Site 128T2296KLYSALATPENGVNP
Site 129Y2309NPADGENYVTMVEMT
Site 130S2328MIWSVCASVDEEGRK
Site 131S2339EGRKRIDSYLREIEG
Site 132Y2340GRKRIDSYLREIEGS
Site 133S2347YLREIEGSFPNKDTV
Site 134T2353GSFPNKDTVYEYFVD
Site 135Y2355FPNKDTVYEYFVDPK
Site 136Y2357NKDTVYEYFVDPKIR
Site 137T2367DPKIRSWTSFEDKLP
Site 138S2368PKIRSWTSFEDKLPK
Site 139S2376FEDKLPKSWRYPPNA
Site 140Y2379KLPKSWRYPPNAPFY
Site 141Y2398PTVDTVRYNYLVSSL
Site 142S2428GKTSIAQSVLQSLPS
Site 143S2432IAQSVLQSLPSSQWS
Site 144S2446SVLVVNMSAQTTSNN
Site 145S2456TTSNNVQSIIESRVE
Site 146S2460NVQSIIESRVEKRTK
Site 147T2466ESRVEKRTKGVYVPF
Site 148Y2470EKRTKGVYVPFGGKS
Site 149S2495PAKDMFGSQPPLELI
Site 150Y2508LIRLWIDYGFWYDRT
Site 151Y2521RTKQTIKYIREMFLM
Site 152T2539GPPGGGRTVISPRLR
Site 153S2542GGGRTVISPRLRSRF
Site 154T2555RFNIINMTFPTKSQI
Site 155Y2596TEATLDMYNTVVQRF
Site 156T2606VVQRFLPTPTKMHYL
Site 157Y2612PTPTKMHYLFNLRDI
Site 158T2636ANKDFHDTKSSITRL
Site 159S2653HECFRVFSDRLVDAA
Site 160Y2703FLKEPKVYEDLTDLT
Site 161T2707PKVYEDLTDLTVLKT
Site 162T2710YEDLTDLTVLKTVME
Site 163S2726ALNEYNLSPSVVPMQ
Site 164S2728NEYNLSPSVVPMQLV
Site 165S2770IGGSGRQSLARLASS
Site 166S2776QSLARLASSICDYTT
Site 167T2783SSICDYTTFQIEVTK
Site 168Y2805RDDIKRLYRQAGVEL
Site 169S2828DTQIADESFLEDINN
Site 170S2838EDINNILSSGEVPNL
Site 171S2839DINNILSSGEVPNLY
Site 172Y2846SGEVPNLYKPDEFEE
Site 173S2870RVEQVPESSDSLFAY
Site 174S2871VEQVPESSDSLFAYL
Site 175S2873QVPESSDSLFAYLIE
Site 176Y2877SSDSLFAYLIERVQN
Site 177T2941LIGVDLGTQENIHRK
Site 178Y2976LELRRHNYVTPTKYL
Site 179T2978LRRHNYVTPTKYLEL
Site 180Y2982NYVTPTKYLELLSGY
Site 181S2987TKYLELLSGYKKLLG
Site 182Y3045FQKQCEEYLVIIVQQ
Site 183S3104EAMRALESLNKKDIG
Site 184S3115KDIGEIKSYGRPPAQ
Site 185Y3116DIGEIKSYGRPPAQV
Site 186S3155GEQNFIKSLINFDKD
Site 187S3165NFDKDNISDKVLKKI
Site 188Y3206WVRAMELYGRLYRVV
Site 189Y3210MELYGRLYRVVEPKR
Site 190S3269KEELRKKSEEMELKL
Site 191S3284ERAGMLVSGLAGEKA
Site 192T3296EKARWEETVQGLEED
Site 193Y3328MGPFLTNYRDEIVNQ
Site 194S3349WELQVPCSPSFAIDN
Site 195S3374WNIQGLPSDAFSTEN
Site 196Y3424IDLQMSDYLRILEHA
Site 197Y3446LLQNVQEYLDPTLNP
Site 198T3450VQEYLDPTLNPMLNK
Site 199S3458LNPMLNKSVARIGGR
Site 200Y3477IGDKEVEYNTNFRFY
Site 201Y3484YNTNFRFYITTKLSN
Site 202Y3494TKLSNPHYSPETSAK
Site 203S3495KLSNPHYSPETSAKT
Site 204S3499PHYSPETSAKTTIVN
Site 205T3503PETSAKTTIVNFAVK
Site 206S3536ELEEQKDSLVINIAA
Site 207T3575DDVQLVNTLHTSKIT
Site 208T3592EVTEQLETSETTEIN
Site 209T3595EQLETSETTEINTDL
Site 210Y3607TDLAREAYRPCAQRA
Site 211Y3631MGCIDPMYQFSLDAY
Site 212Y3638YQFSLDAYISLFILS
Site 213S3649FILSIDKSHRSNKLE
Site 214Y3661KLEDRIDYLNDYHTY
Site 215Y3665RIDYLNDYHTYAVYR
Site 216Y3671DYHTYAVYRYTCRTL
Site 217Y3673HTYAVYRYTCRTLFE
Site 218T3677VYRYTCRTLFERHKL
Site 219Y3706GKLNMDEYNFFLRGG
Site 220Y3734SSWLADAYWDNITEL
Site 221T3745ITELDKLTNFHGLMN
Site 222Y3765PRDWHLWYTNAAPEK
Site 223S3794QRMLIVRSLRQDRVA
Site 224S3826PPVLNMKSVLEDSTP
Site 225S3831MKSVLEDSTPRSPLV
Site 226T3832KSVLEDSTPRSPLVF
Site 227S3868AQRFHALSLGQGQAP
Site 228S3921QVEDPHPSFRLWLSS
Site 229S3927PSFRLWLSSIPHPDF
Site 230S3928SFRLWLSSIPHPDFP
Site 231T3946LQVSIKMTTEPPKGL
Site 232T3947QVSIKMTTEPPKGLK
Site 233T3958KGLKANMTRLYQLMS
Site 234Y3961KANMTRLYQLMSEPQ
Site 235S3965TRLYQLMSEPQFSRC
Site 236S3970LMSEPQFSRCSKPAK
Site 237S3973EPQFSRCSKPAKYKK
Site 238Y3978RCSKPAKYKKLLFSL
Site 239Y4007QLGWNIIYGFNDSDF
Site 240S4012IIYGFNDSDFEVSEN
Site 241S4017NDSDFEVSENLLSLY
Site 242S4022EVSENLLSLYLDEYE
Site 243Y4024SENLLSLYLDEYEET
Site 244Y4028LSLYLDEYEETPWDA
Site 245T4031YLDEYEETPWDALKY
Site 246Y4061DRRLLTTYINDYFCD
Site 247Y4065LTTYINDYFCDQSLS
Site 248S4072YFCDQSLSTPFHRLS
Site 249T4073FCDQSLSTPFHRLSA
Site 250S4079STPFHRLSALETYFI
Site 251T4083HRLSALETYFIPKDG
Site 252Y4084RLSALETYFIPKDGS
Site 253S4091YFIPKDGSLASYKEY
Site 254S4094PKDGSLASYKEYISL
Site 255Y4095KDGSLASYKEYISLL
Site 256S4100ASYKEYISLLPGMDP
Site 257T4132EAQTLFDTLLSLQPQ
Site 258T4141LSLQPQITPTRAGGQ
Site 259Y4171KIPEMIDYEGTQKLL
Site 260Y4196LLQEIQRYNTLMQTI
Site 261T4198QEIQRYNTLMQTILF
Site 262Y4244PPLWGKAYPSQKPLA
Site 263S4246LWGKAYPSQKPLAAW
Site 264S4269EQFELWASRARPPVI
Site 265S4296LTAVLQSSARQNNVS
Site 266S4303SARQNNVSVDSLSWE
Site 267S4306QNNVSVDSLSWEFIV
Site 268S4319IVSTVDDSNLVYPPK
Site 269Y4323VDDSNLVYPPKDGVW
Site 270S4346AGWDRKNSCLVEAEP
Site 271S4370IHFRPAESRKKSAKG
Site 272S4374PAESRKKSAKGMYSC
Site 273Y4379KKSAKGMYSCPCYYY
Site 274Y4384GMYSCPCYYYPNRAG
Site 275Y4386YSCPCYYYPNRAGSS
Site 276S4392YYPNRAGSSDRASFV
Site 277S4393YPNRAGSSDRASFVI
Site 278T4410DLRSGAMTPDHWIKR
Site 279T4419DHWIKRGTALLMSLD
 
Legend 
Confirmed in mammals
Confirmed in related proteins or other species
Predicted by Kinexus P-Site Prediction algorithm
No data/link available
Link available  
Products available
 


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